摘要
在循环冷却水系统中,结垢和腐蚀现象往往会通过加阻垢缓蚀剂来解决这些问题;但是如何在此过程中实时监测、适当加药不仅是节约资源的关键,也是阻垢缓蚀剂最大程度地发挥作用的关键。针对上述情况,介绍了根据荧光示踪技术的原理,通过物理共混、聚合物改性以及荧光单体共聚三个方法制得荧光水处理剂的进展与应用。
In circulating cooling water systems,scaling and corrosion phenomena are solved by adding scale and corrosion inhibitors,but how to monitor and dose appropriately in this process is not only the key to saving resources,but also the key to maximizing the effectiveness of scale and corrosion inhibitors.In view of the above situation,according to the principle of fluorescent tracer technology,the progress and application of fluorescent water treatment agents prepared by physical blending,polymer modification and fluorescent monomer copolymerization are introduced.
作者
孟德阳
胡之阳
敬元元
任保增
屈凌波
MENG Deyang;HU Zhiyang;JING Yuanyuan;REN Baozeng;QU Lingbo(School of Chemical Engineering,Zhengzhou University,Zhengzhou 450001,China;International Joint Laboratory of Intelligent Water Treatment System in Henan Province,Jiyuan 454650,China)
出处
《河南化工》
CAS
2023年第5期5-8,共4页
Henan Chemical Industry
关键词
荧光聚合物
荧光单体
水处理
荧光示踪
循环冷却水
fluorescent polymers
fluorescent monomers
water treatment
fluorescent tracer
circulating cooling water
